Gasgoo Munich-Leju Robot has signed a strategic partnership agreement with Huaxi Intelligence, according to a Gasgoo report. The two companies will collaborate on high-computing main control platforms, edge-side model deployment, industry solutions, and benchmark projects. They also aim to build a developer open-source ecosystem, using open-source data to boost scenario adaptation for domestic chips and bridge the full chain of "data-model-chip."
Image source: Huaxi Intelligence
The collaboration focuses on four key areas:
Co-developing domestic high-computing main control solutions to enhance edge perception, inference, and control capabilities for humanoid robots;
Driving the efficient deployment and stable operation of embodied AI large models and motion control models on the edge, thereby improving inference efficiency, response speeds, and task execution capabilities;
Focusing on high-value scenarios such as industrial manufacturing, commercial services, and warehousing and logistics to create highly adaptable, replicable, and scalable benchmark solutions for the industry;
Launching development kits, SDKs, demonstration applications, technical documentation, and open-source projects to jointly foster an open and robust ecosystem for humanoid robot developers.
Leju Robot is a major player in the humanoid robotics sector. Its core portfolio includes the full-size "Kuavo" series, the medium-sized "Roban" series, and the small "Aelos" series, with applications spanning research, education, commercial services, and industrial sectors. Market data from Omdia and Counterpoint Research places Leju Robot fourth globally in humanoid robot shipments and installations in 2025.
Huaxi Intelligence, meanwhile, is dedicated to building a high-performance, domain-general computing platform where information, models, and action systems evolve together. Its core RISE computing platform features the in-house R1 chip—deeply optimized for embodied AI—which entered mass production and delivery in October 2025. The platform not only provides strong, efficient general computing support for major robot products like the Zhiyuan Genie G2, but has also completed deep integration verification in complex scenarios such as Jiushi Intelligent's L4 autonomous logistics vehicles.
